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research. The position will provide opportunities to lead manuscripts and presentations, work towards developing an independent research program, contribute to grant applications, and pursue different
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well as machine learning and multivariate decoding of neuroimaging data to predict subjective experiences and individual differences. Successful candidates will be supported in building a research program at the
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different theories of the ‘population code’, gaining a causal understanding of how population activity drives actions. The postdoc will work with the PI to develop an independent project, that leverages
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other mycobacteria including the development of resistant mutants, cloning, and gene knockouts. Performs microbiological and genetic characterization different M. tuberculosis strains and M. tuberculosis
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other mycobacteria including the development of resistant mutants, cloning, and gene knockouts. Performs microbiological and genetic characterization different M. tuberculosis strains and M. tuberculosis
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learning and multivariate decoding of neuroimaging data to predict subjective experiences and individual differences. Successful candidates will be supported in building a research program at the
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research on characterizing non-coding regulatory elements in humans and understanding how these elements change across different conditions. The project will involve developing new modeling approaches
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Knowledge, Skills, and Abilities Must be comfortable working with other people and interacting with people at different stages of their career. Must have good communication skills, including the ability
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the mechanisms driving mitochondria to dysfunction and failure in neurodegeneration and aging, using cellular models. Successful candidates will participate in the initiation of the different research projects
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and intrahippocampal kainic acid (IHKA) mouse models with retrospective human iEEG and therapeutic outcome data. Responsibilities include small-animal surgery, multichannel electrophysiology